First Android App
Build and install a first Android app with Kotlin and Android Studio.
- Kotlin
- Android Studio
3 / 6 / 9 Months
Duration
Weekday/Weekend
Mode
12th Pass/Any Grad
Eligibility
10-12 Students
Batch Size
Admissions open
Android Development Hands-On Project Course · 3 / 6 / 9 Months
Batch timings
techcadd's Android Development Hands-On Project Course in Ludhiana is a lab-based, professional-level programme for learners who want to work as Android developers or mobile engineers.
It opens with programming fundamentals, Kotlin and Android Studio, then moves into UI design, Jetpack Compose, data persistence, networking, Firebase, testing, deployment and app architecture.
You finish with a professional portfolio of published apps, a capstone project, CV preparation and interview coaching.
Android development is the practice of building mobile applications for the world's most widely used mobile operating system. At the professional level, the job changes from writing simple screens to owning an app — architecting it, building features, testing it, publishing it, and maintaining it for real users. That is the layer this programme trains you for. Startups, IT firms, banks, and healthcare providers across Punjab are all building mobile-first products, and each of them needs developers who can design, build, test and ship a production-ready Android app.
techcadd's Android Development Hands-On Project Course is built around the tools that appear in actual job descriptions — Kotlin, Android Studio, Jetpack Compose, Firebase, Room, Retrofit, and Git — not academic substitutes. You work in a hands-on lab from the first week and finish with a professional portfolio of published apps, a capstone project, and interview-ready documentation. The programme is available in 3, 6, and 9-month tracks, and each longer track includes everything from the shorter one without repeating a module. Batch sizes are capped at 10–12 students, and every deliverable is reviewed weekly by mentors who still work on live engagements.
Core programming concepts — variables, data types, control flow, functions, and object-oriented programming basics using Kotlin.
A set of Kotlin console programs demonstrating core concepts
Kotlin language features essential for Android — null safety, coroutines, collections, and idiomatic Kotlin.
A Kotlin-based Android app with coroutine-powered background tasks
Setting up Android Studio, understanding project structure, Gradle build system, and running apps on emulators and devices.
A configured Android Studio environment with a running hello-world app
Building user interfaces with XML layouts — ConstraintLayout, Material Design components, themes, styles and resources.
A multi-screen app with a polished XML-based UI
Git branching and GitHub workflows so code, notes and projects are version-controlled like a professional project.
A GitHub portfolio repository with your Android projects
Using AI assistants and prompt engineering to speed up coding, debugging and research — a practical tool skill, not a theory module.
A documented workflow for using AI tools in Android development
Android app components — Activity lifecycle, Fragments, Navigation Component, and passing data with Intents.
A multi-screen app with navigation and data passing
Automating Android releases through CI/CD and app store release engineering.
A CI/CD pipeline for Android releases
Build and install a first Android app with Kotlin and Android Studio.
Build a Kotlin utility app with working logic and user input.
Every project moves through the same loop: understand the brief, build it with guidance, then explain the decisions behind your work. The certificate is the receipt — the portfolio is the point.
You learn it the way it is used on real projects, with the workflow and standards a mobile team expects.
First Android App
Every module runs in a hands-on lab against real devices and emulators — not screenshots.
Kotlin Utility App
Each module ends with a documented artefact reviewed weekly by a mentor who still works on live projects.
Every exercise ends with a working app, and the programme closes with a practical assessment and certification.
A course is worth the time you give it only if you finish with work you can show and skills you can defend.
Project review week at the Amritsar campus
Mentors mark up work line by line
Hiring drive & mock interview day
Practitioners run the panel, not HR
What makes this course at techcadd different from a typical alternative.
Not full-time lecturers — trainers who are still doing the job they teach.
You learn it the way it is used on real projects, with the workflow and standards a mobile team expects.
This course works for a specific starting point — here's who gets the most out of it.
Job titles vary by company, but the underlying expectations do not. Each destination below maps to work you will have already done during the programme.
Every tool below is installed, configured and used by you during the course — not demonstrated on a slide. You leave able to set up your own environment from scratch.
18tools covered
Issued on completion against the modules you finished and the projects you submitted — plus an internship letter where the industrial training track applies. Shareable to LinkedIn, and verifiable by an employer who calls the Amritsar desk.
The skill does not stand still, and neither does what it is worth.
The objective is practical knowledge rather than memorised concepts.
What actually differs between this course at techcadd and a typical alternative.
| What you should ask | techcadd Amritsar | Other institutes |
|---|---|---|
| Live project work | Every course, from week one | Varies, often only at the end |
| Small batches (10–12) | Capped for mentor attention | Often 30+ students per batch |
| Tools used in job descriptions | Kotlin, Compose, Firebase, Retrofit | Outdated or academic substitutes |
Every comparison here is about substance, not marketing language.
If something here is not covered, the Amritsar desk will answer it directly — no call-back queue.
No. The programme opens at intermediate level and assumes no background beyond comfort with a computer. Students who already have some exposure move through the early modules faster and spend the saved time on project work.
Book a free demo class and see the lab before you decide.